61 results about "Closed platform" patented technology

The invention relates to a cloud platform supporting fusion network service and an operating method thereof. The cloud platform is provided with a plurality of hardware and software resources, and is connected with three access networks of a telecommunication network, an interconnection network and a broadcasting and television network respectively through three core networks of operators of the three networks and the corresponding communication protocol to allow platform users (including the operators of the three networks or service providers and the like) to rent platform resources according to respective requirements to deploy respective services and operational capabilities. The cloud platform has a layered structure, and is provided with a platform management layer, a service execution layer, a resource virtualization and management layer and a hardware resource layer respectively from top to bottom, and in an interactive mode among the layers, an upper-layer module uses the function provided a lower-layer module in a mode of interface call. The cloud platform supports the platform users to adjust the rent resources dynamically and conveniently according to actual requirements, and simultaneously, provides the access capability on the resources of the three networks and convenience for the development and operation of the fusion network service by the platform users.

The invention provides a method and system for automatically and flexibly assigning resource under a cloud platform. The method includes steps of A, application disposition files, B, downloading the application disposition files, parsing the disposition files and storing the disposition information to a database, C, assigning required resources to the application according to the disposition information, D, downloading application mirror image documents, starting containers, running the application and forming an application container cluster, E, determining whether the assigned resource is consistent with the disposition files, and if the assigned resource can not satisfy the disposition files, the unsatisfied portion of the disposition files waiting the re-assigning of a server resource management platform, F, automatically monitoring and reading monitoring data of the application container cluster, monitoring the quantity of the current live applications and calculating the average monitoring data of the application container cluster in a first time period, G, comparing whether the quantity of the current live applications satisfies the protection rules, and repeating the step C-G if the quantity of the current live applications is within the threshold scope.

The invention discloses an urban public security video monitoring cloud platform in the technical field of video monitoring. The urban public security video monitoring cloud platform is formed by five levels of video monitoring Internet of Things, video cloud storage, video cloud analysis, video cloud application and video cloud management. The urban public security video monitoring cloud platform utilizes a monitoring control end to operate an equipment database in a video center server to add and delete a camera in the system, provide a window for searching records according to the time, sending a search command to the video center server and obtain related information of history records. The video monitoring cloud management platform in the invention also provides interfaces of third-party applications, such as a mobile phone, provides storage, application and analysis docking development packages, provides a WebService interface for docking in the aspect of integration and docking of an application system and adopts a networking standard protocol to carry out communication docking in the aspect of cascaded docking of the platform.

The invention discloses an overhauling platform for a wind turbine blade. The overhauling platform comprises a platform body and a plurality of lifting machines fixed on the platform body as well as at least one telescopic platform and a locating mechanism, wherein the platform body is a fully-closed platform and can surround the wind turbine blade; each telescopic platform is arranged at one side of the platform body and can extend and retract with respect to the platform body; and the locating mechanism is used for locating the platform body between the top end of a wind turbine and the wall of a tower tube. According to the overhauling platform for the wind turbine blade, a fully-closed structure is adopted, the platform can surround the overhauled platform in a range of 360 degrees, and each side face of the blade can be contacted without adjustment of an angle of the blade in a detection process. Two telescopic platforms are arranged at two sides of the overhauling platform, so that the length of each of the telescopic platform can be adjusted to approach the overhauled blade, and different telescopic lengths can adapt to overhauled blades of different sizes.

The invention discloses a new urban rail transit line-network-level integrated cloud platform system, which includes a line-network integrated service cloud platform. Based on the line-network integrated service cloud platform, an integrated service system for realizing multi-line integrated service functions is constructed. The business system includes: a comprehensive monitoring system to realize the comprehensive monitoring business function, an automatic fare collection system to realize the automatic fare collection business function, a train automatic monitoring system to realize the train automatic monitoring business function, a video monitoring system to realize the automatic video monitoring business function, realize Access control system for access control management business functions, passenger information system for passenger information operation management business functions, and public telephone system for public and dedicated telephone communication business functions. The present invention uniformly builds a cloud management platform, realizes unified cloud management of production centers, disaster recovery centers, and stations, makes each business end-to-end manageable and controllable, and achieves the purpose of simplified management and agile operation.

Embodiments of the present application provide a data sharing method, a terminal device, and a storage medium to reduce waste of resources caused by sharing data. The terminal device comprises a firstplatform in an insecure environment and a second platform in a trusted execution environment. The method comprises the following steps: the first platform determines a corresponding physical storageaddress according to the first virtual address information of the shared data, and sends the physical storage address to the second platform; The second platform maps the corresponding second virtualaddress information in the trusted execution environment according to the physical storage address, and processes the shared data corresponding to the second virtual address information. Shared data can be obtained from the same physical storage address in both non-secure and trusted execution environments without wasting resources.

The invention discloses a service environment providing method and device based on a cloud platform, wherein the method comprises the following steps that: the cloud platform provides service items for an access cloud user; the cloud platform receives a service environment establishing application of the cloud user, wherein the service environment establishing application includes a service environment template, which is generated by combination of the cloud platform service items of the cloud user; the cloud platform analyzes the service environment template to obtain the service items and respectively generates corresponding resources according to the service items; and the cloud platform combines the generated resources to form a service environment and provides the service environment for the cloud user. By means of the invention, the problems that the traditional service application programs are complex to set and relatively high in cost in the prior artcan be solved; resources can be rapidly deployed or services can be rapidly obtained; the processing burden of a user terminal is reduced; the dependence of users on professional IT (Information Technology) knowledge can be reduced; and the construction cost of the service environment can be reduced.

The invention discloses a monitoring system, a cloud platform and a method of classified garbage intelligent cleaning and transporting based on internet-of-things, and relates to the technical field of internet-of-things information communication. The intelligent cleaning and transporting monitoring system comprises a communication main board, a sensor, an indicator and a power supply, wherein thesensor, the indicator and the power supply are connected with the communication main board; the cloud platform is divided into an equipment layer, a network layer and a platform layer, wherein the equipment layer collects various data through the sensor and the communication main board, the network layer safely transmits the data collected by the equipment layer to the platform layer, and the platform layer receives the data to store, process analyze and display; the management method comprises the following steps of intelligently transforming an existing classified garbage can, monitoring the classified garbage can, monitoring the state of the garbage can, starting the communication main board and transmitting the related information to a cloud server, displaying the position and the state of the garbage can, planning a cleaning and transporting route of a garbage truck, and cleaning and transporting the garbage. Networked, intelligent and visual management of the classified garbagecan is realized, so that the cleaning and transporting efficiency of the classified garbage can be improved, the management cost and cleaning and transporting cost can be reduced, and high social benefits and economic benefits can be brought.

A deep sea culture platform comprises a closed platform frame floating on the water. A large net is arranged inside the platform frame. The platform frame comprises bamboo or wood fixed inside the platform frame in a multi-layer and parallel mode at the interval of 5-50 centimeters, wherein rot prevention and moth prevention treatment is carried out on the bamboo or the wood. The deep sea culture platform further comprises mixed light-weight aggregate concrete poured inside the platform frame, and the density of the mixed light-weight aggregate concrete is 400-970 kilograms per cubic meter. The mixed light-weight aggregate concrete is formed by mixing rice shells, woven bag filaments or polypropylene fibers, building glue, early strength agents, polystyrene foam particles, water and cement. The platform frame serves as the foundation of the culture platform so that the culture depth and the culture area of the culture platform can be increased greatly. Various auxiliary culture facilities can be constructed on the platform frame so that the culture benefit can be increased. According to the rule of the tides, the manufacturing difficulty and the manufacturing cost are lowered greatly through a manufacturing method of the deep sea culture platform.

The invention provides an intelligent learning system based on a cloud platform. The intelligent learning system is a cross-terminal service system. The intelligent learning system is formed by client equipment, an application layer, a management platform layer, a database and an infrastructure layer. The client equipment is used for presenting a system content for a user, and the system provides different interfaces and functions according to a client equipment type. The application layer comprises a user interface and an application service. The application service is an on-line learning platform. The management platform layer is used for providing a resource service interface for an upper layer, configuring an operation environment, carrying out distribution and adjusting on teaching resource storage and carrying out scheduling management on a virtual machine. The database comprises various teaching resources. The infrastructure layer adopts infrastructure as a service IaaS in a cloud calculating service and comprises a plurality of server clusters. Through a virtualization technology, a multifunctional teaching resource pool is constructed. Teaching resources are stored in the plurality of server clusters in a distributed mode.

The invention provides an application virtualization technology based on a cloud platform. The application virtualization technology based on the cloud platform provides release and personalized customization service of various operation system application programs, customizes various application programs after conducting identity authentication of a user through a customer terminal based on web. The user can use the application programs through various cloud platforms after the customization is finished. According to the core of the technology, the application virtualization technology based on the cloud platform allows the user to obtain a virtual operation environment of software through internet without installation of software, can directly operate the software in a virtual environment, provide an effective method of resource share and resource saving for a company and not only improve using efficiency of resources but also facilitate customers.

The invention relates to a cloud platform running state monitoring method and a monitoring platform. The method comprises the following steps: configuring to-be-monitored projects in a cloud platform, arranging the to-be-monitored projects into a message queue, and then transmitting to a background server; acquiring the to-be-monitored projects through the message queue; performing the task distribution on the projects through an interface corresponding to each virtualization technology by using multiple virtualization technologies, acquiring the running state information corresponding to the to-be-monitored project in the cloud platform through multiple different virtualization technologies; monitoring the monitored cloud platform running state information, and performing early warning and processing on the state information exceeding the threshold value.

The invention discloses an application management and rapid deployment method in a cloud platform, and belongs to the field of cloud technology application. The method comprises the particular steps of (1) relation of cloud providers and building and mapping of related resources, wherein a management IP or a host name, an organization name, a login name, a password and a vdc of each cloud provider are added to a system; (2) planning, design and generation of a deployment blueprint, wherein multiple applications are built according to the need of a user; (3) implementation of application deployment, wherein a deploy is generated according to the built blueprint, a vdc needing to be deployed is selected, the deployment is executed, and resource building of the deployment in a corresponding virtual data center of the cloud providers is finished. The application management and rapid deployment method is provided according to the technology, a manager can plan and manage the application deployment conditions of cloud resources globally, a deployment scheme meeting the needs of the user can be rapidly made conveniently and flexibly, and deployment operation is carried out automatically.

A turbine blade is provided, having a fastening section, a platform, and a blade, which follow one another along a longitudinal axis of the turbine blade, wherein the platform, in radial relation to the longitudinal axis, has an inner platform part and an outer platform part, wherein the outer platform part is designed as a closed platform frame that encloses the outer edge of the inner platform part. An associated method for producing a turbine blade is also provided.

The invention provides a meeting system supporting access of heterogeneous terminals through a cloud platform and an access method thereof. The system operates on the cloud platform. The system comprises an operation maintenance monitoring and management platform, and a bottom IaaS platform, a data storage layer, a business logic layer, message middleware, an access layer and a content aggregation service layer which are arranged from bottom to top in sequence. On the basis of the bottom IaaS platform, virtual meeting rooms are established on the cloud platform through an aggregation portal utilization platform; on the aggregation portal utilization platform, meeting notification messages are sent to heterogeneous user terminals through the data storage layer, the business logic layer, the message middleware and the access layer; when meeting sources from the heterogeneous user terminals are received, meeting bridges with the heterogeneous user terminals are formed; the meeting bridges are connected to the virtual meeting rooms; and the virtual meeting rooms realize real-time meeting communication among the heterogeneous user terminals through the data storage layer, the business logic layer, the message middleware and the access layer.

The invention relates to the network monitoring technology field, especially relates to a video monitoring system based on a cloud platform. The video monitoring system comprises a service bus, a user management module, a cloud server proxy module, a network management module, distributed type storage service, and an application program. The service bus is used to provide a connection pivot for message interaction among the various modules. The user management module is used to create a cloud server automatically for a newly registered or added user, and a camera is bond with the cloud server. The distributed type storage service is used to provide block storage service. The cloud service proxy module is used to download latest video files, and store the downloaded video files in a clouddisk based on an internal network or a special network. The network management module is used to provide the service port mapping of the video files, and the ports are limited to be only open to the access of the IP address of the application program, and the access of other IP addresses is forbidden, and in addition a virtual firewall is provided. The application program is used for the query ofthe videos. The problems of the network video monitoring such as easy illegal attacks on the address, low safety performance, difficulty in expanding storage space are solved, and the video monitoringsystem can be used for the network video monitoring technology field.

The invention relates to an underbridge accumulated water online monitoring system based on a cloud platform and a monitoring method thereof. The system mainly comprises an online accumulated water monitoring device, a video monitoring device, an emergency indication electronic label plate, a collection transmission unit and the cloud platform. Water level data and video data are collected through a collecting end and transmitted to the unified cloud management platform through the transmission unit, after data analysis, the emergency indication electronic label plate can be remotely controlled to display guiding information, and the traffic in a flooding area dispersed. The system can lower the probability of accidents and casualties caused by entering the flooding region by mistake and improve the working efficiency of a competent department.

The invention discloses a portable device supporting dynamic configuration of a safe operating system in the cloud environment. A cloud server is established, the safe system is stored in the cloud server in a mirroring way, a download interface is provided, a synchronization mechanism is designed among nodes, download verification is set, a physical storage structure changing the portable deviceis run in a known computer via a configuration program, a hidden space is opened, mirroring download and file extraction are carried out, and the system is configured automatically. Compared with theprior art, the portable device has the advantages that the mirroring system is stored in a cloud platform, the version and functions of the system can be changed instantly according to requirements, system configuration is completed automatically needless of manual setting, original files in the portable device are not influenced after configuration, after use, the system can recovered to a statebefore use, the privacy and safety are ensured, a network node forwarding manner is used, and safe transmission of data is realized.

The invention provides a mobile marketing method and system based on cloud platforms, wherein the system comprises: a cloud platform, software products which are used for collecting service information and providing mobile marketing, the software products comprise several services which are corresponding to service information; client end is used for different mobile marketers to select or customize software products and the services which the products provide in cloud platform, and the client end provides software products to user side; user side is used for displaying software products. They system further comprises service side which is used for service suppliers to add or update service information in cloud platform. Relying on the basic service of cloud platform integration, the system can realize the rapid support for package of application, release, iterative upgrade of software products of mobile marketing. At the same time, the system is characterized by the parallelization of the operation of several client sides which can support the eruptive access requirements through the service of entire cloud platform; the system has low cost and better benefits.

The invention discloses an open Internet of Things service supporting cloud platform system. The cloud platform system comprises a user management unit, an instant communication unit, a remote control and management unit, a data processing unit and a cloud storage unit. The cloud platform system achieves closed ecological supporting of a mobile phone client, a robot terminal and a cloud server to effectively achieve data communication and joint management of the three terminals by applying an SDK and a network library on the basis of Web improvement, supports a free merchant operation management system, a free application market and test services, is not only suitable for places such as restaurants, education organizations and cinemas, but also can be applied to various scenes at home and binds users with merchants to jointly make an intelligent life circle.

The invention discloses a cloud platform service method and system for realizing access control based on a state machine, relating to the technical field of access control. Access control of different grades of services in a cloud platform server is realized through a state machine mechanism; different access permissions are granted to users through an authorization module in the cloud platform server; a processing module processes user request messages according to the permissions, and gives correct responses; when a user request is beyond the permission for a certain time, the user can temporarily lose the right for accessing the cloud platform server; the problem can be recovered through a timer mechanism; when users of different permissions request for the same service, the user having relatively high permission is preferably processed; the cloud platform server also can actively shield an illegal user; therefore, the security of the whole cloud platform is ensured; users can access all services in a permission range itself; and service grade values correspond to user permission values.

The invention discloses an elevated station with a platform totally closed and rails exposed. The elevated station comprises a lower station hall (5) and the upper station platform (6). Shielded gates (9) are arranged on the two sides of the upper station platform (6), and the exposed elevated rails (8) are erected outside the shielded gates (9) through rail bridges (2). The elevated station can solve a series of problems that a traditional rail transit elevated station with a non-closed platform is cold in winter, hot in summer and not convenient to maintain and potential safety hazards exist.